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An Improved Genetic Algorithm for the Dynamic Cargo Crew Pairing Problem

机译:一种动态遗传算法的改进遗传算法

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Dynamic factors of crew pairing problem can make it more realistic. A stable algorithm without parameter adjustment is important for the dynamic crew-pairing problem as well as the schedule operator. The available seats for deadhead trips become the main dynamic factor of the cargo crew-pairing problem. Since it is the one of the factors hard to be controlled by the traditional crew- pairing problem. An improved genetic algorithm for solving this dynamic cargo crew-pairing problem has been developed in this paper. The test data is the real scenario of an international airline in Taiwan. The result shows that the algorithm is more advantageous than the existing technology, either in the cost or in the performance of generating the solution.
机译:机组配对问题的动态因素可以使其更加现实。没有参数调整的稳定算法对于动态机组配对问题以及调度员来说很重要。可用于空头旅行的座位成为货运人员配对问题的主要动态因素。因为这是传统乘员组配对问题难以控制的因素之一。本文开发了一种改进的遗传算法来解决这个动态的乘员组配对问题。测试数据是台湾一家国际航空公司的真实情况。结果表明,该算法无论在成本上还是在生成解决方案的性能上均比现有技术更具优势。

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